The two diagrams provide information about the functioning of a wave-energy machine as well as informs us about the location options for the installation of the device according to the length of the waves and the cost of it with the volume of output, it will generate.
Air travels upwards into the lower chambers of the machine with the help of water waves which causes the lower turbine to spin. At the same time the upward set of turbine is rotated by the airflow in the atmosphere. This generates electricity using the speed of the turbines caused by different airflow.
When the equipment is installed in deeper sea-level, it yields higher output and requires high installation cost, while those build nearer to the ground generates low output and needs lower installation cost.
Overall, it can be seen that the volume of electricity generated depends on the wave length of water as well as the airflow. The location of installation, however, creates a difference in administrative costs and output level.
The two diagrams provide information about the functioning of a wave-energy machine
as well
as informs us about the location options for the installation of the device according to the length of the waves and the cost of it with the volume of
output
, it will generate.
Air travels upwards into the lower chambers of the machine with the
help
of water waves which causes the lower turbine to spin. At the same time the upward set of turbine
is rotated
by the airflow in the atmosphere. This generates electricity using the speed of the turbines caused by
different
airflow.
When the equipment
is installed
in deeper sea-level, it yields higher
output
and requires high installation cost, while those build nearer to the ground generates low
output
and needs lower installation cost.
Overall
, it can be
seen
that the volume of electricity generated depends on the wave length of water
as well
as the airflow. The location of installation,
however
, creates a difference in administrative costs and
output
level.